References

1. J. of the American Ceramic Society v.50 no.8 Influence of Water Vapor on Crack Propagation in Soda-Lime Glass S.M. Wiederhorn
2. The Inter. J of Frature Mechanics v.4 no.2 Moisture Assisted Crack Growth in Ceramics S.M. Wiederhorn
3. J. of Ceram Soc. Japan v.96 no.8 The Crack Growth Resistance Curve of Non-Phase-Transforming Ceramics M. Sakai;R C Bradt
4. The Soc. of Mater. Sci. Japan v.36 no.409 Crack Propagation Characteristics of Sintered Silicon Nitride under Static and Cyclic Loads H. Kishimoto;A. Ueno;H. Kawamoto
5. The Soc. of Mater Sci Japan v.38 no.433 Influence of Wave Form and Compressive Loads on the Crack Propagation Behavior of Silicon Nitride under Cyclic Loads H. Kishimoto;A. Ueno;H. Kawamoto
6. J. of the Ceramic Society of Japan v.99 no.4 Effect of Crack Size on Fatigue Behavior in Silicon Nitride T. Niwa;K. Urashima;Y. Tazima;M. Watanabe
7. J of the Ceramic Society of Japan v.100 no.2 Crack Propagation Behavior in Gas Pressure Sintered Silicon Nitride S. Iio;T. Niwa;Y. Tazima;M. Watanabe
8. The Soc of Mater Sci Japan v.40 no.452 Long and Short Fatigue Crack Growth Behavior in Silicon Nitride M. Takahashi;Y. Mutoh;H. Okamoto;T. Oikawa
9. The Soc. of Mater. Sci. Japan v.40 no.453 A Fractographic Study on Glass and Silicon Nitride Fractured under Monotonic Tensile and Cyclic Tension-Compression Tests A. Otsuka;H. Sugawara
10. The Soc of Mater. Sci. Japan v.40 no.454 Static and Cyclic Fatigue Characteristics of Glass, Glass Ceramics and Silicon Nitride under Tensile and Tension-Compression Tests H. Sugawara;A. Otsuka;Y. Ishihara;T. Amano
11. J. Mater Sci. v.8 Crack Propagation Studies in Brittle Materials S.W. Freiman;D.R. Mulville;P.W. Mast